Air enters from the front of the booth, is pulled parallel across vehicle and through filters at the rear of the booth into the atmosphere. These booths are ideal for parts, panels, woodworking, and marine. They are also an effective alternative if footprint, maintenance and cost are a top priority.

Air enters from the front of the booth, is pulled parallel across vehicle and through filters at the rear of the booth into the atmosphere. These booths are ideal for parts, panels, woodworking, and marine. They are also an effective alternative if footprint, maintenance and cost are a top priority.

Air enters from the front of the booth, is pulled parallel across vehicle and through filters at the rear of the booth into the atmosphere. These booths are ideal for parts, panels, woodworking, metalwork, and machinery. They are also an effective alternative if footprint, maintenance and cost are a top priority.

Air enters from the front of the booth, is pulled parallel across paint surface and through filters at the rear of the booth into the atmosphere. These booths are ideal for parts, panels, woodworking, and wood manufacturing. They are also an effective alternative if footprint, maintenance and cost are a top priority.

Air enters through ceiling intake plenum and is pulled vertically down, across the vehicle and into the floor which then exhausts into the atmosphere. These booths offer efficient maximum environmental contamination control, overspray control for reduced prep time, and are ideal for precision painting and high-end applications. Downdraft booths require the ability and expense of installing and maintaining a pit.

Air enters through ceiling intake plenum and is pulled vertically down, across the vehicle and into the floor which then exhausts into the atmosphere. These booths offer efficient maximum environmental contamination control, overspray control for reduced prep time, and are ideal for precision painting and high-end applications. Downdraft booths require the ability and expense of installing and maintaining a pit.

Air enters through ceiling intake plenum and is pulled vertically down, across the vehicle and into the floor which then exhausts into the atmosphere. These booths offer efficient maximum environmental contamination control, overspray control for reduced prep time, and are ideal for precision painting and high-end applications. Downdraft booths require the ability and expense of installing and maintaining a pit.

Air enters from your shop through the filters that are contained in the booth’s plenum. The filtered air is drawn down and away from the vehicle through exhaust filters at the floor level, exhausting into the atmosphere. These booths are ideal for auto body, truck, rail or transit, refinishing operations, industrial manufacturing and coating businesses.

Air enters through the filters that are contained in the booth’s plenum. The filtered air is drawn down and away from the vehicle through exhaust filters at the floor level, exhausting into the atmosphere. They are ideal for marine, yacht, refinishing operations, aircraft components, industrial coating and fabrication businesses.

Air enters through the filters that are contained in the booth’s plenum. The filtered air is drawn down and away from the vehicle through exhaust filters at the floor level, exhausting into the atmosphere. These booths are ideal for auto body, truck, rail or transit, refinishing operations, industrial manufacturing and coating businesses.

Air enters from the shop through the filters that are contained in the booth’s plenum. The filtered air is drawn down and away from the paint surface through exhaust filters at the floor level, exhausting into the atmosphere. They are ideal for wood manufacturing, woodworking, refinishing operations, industrial coating and fabrication businesses.